10,000 BPH Water and Beverage Filling Line Equipment List, Cost and Factory Layout Guide

1. Project Overview (Baseline Assumptions)

To ensure practical engineering accuracy:

• Product: Bottled water / juice / low-sugar beverages (multi-purpose line)
• Bottle type: 500ml PET bottle
• Capacity: 10,000 bottles/hour (BPH)
• Operation: 20 hours/day
• Daily output: ~200,000 bottles
• Automation level: Medium-high fully automatic line

2. Complete Production Line Equipment Configuration

2.1 Water Treatment System (Front-end Processing)

Used to ensure drinking water compliance and product stability.

Main equipment:

• Raw water tank
• Multi-media filter
• Activated carbon filter
• Water softener (optional depending on source water)
• Precision filtration (5μ / 1μ)
• Reverse osmosis system (RO)

👉 Core system: RO Water treatment system

• Ozone sterilization system
• UV sterilizer
• Stainless steel purified water tank (SS304)

2.2 Bottle Production System (Optional but common)

If the factory produces PET bottles in-house:

• Fully automatic blow molding machine (6–8 cavity)
• High-pressure air compressor system (30–40 bar)
• Air dryer system
• Air storage tank
• Bottle molds (500ml / 1L formats)

👉 Core equipment: Blow molding machine

2.3 Filling System (Core Equipment)

For a 10,000 BPH line, the standard configuration is:

👉 Rotary 3-in-1 monoblock filling machine:

Functions:

• Bottle rinsing
• Filling (normal / hot / isobaric depending on product)
• Capping

Application types:

• Water: normal pressure filling
• Juice: hot filling
• Carbonated drinks: isobaric filling

👉 Core equipment: Beverage filling machine

2.4 Packaging System (End-of-line)

Labeling

• OPP hot melt labeling machine or self-adhesive labeling machine

👉 Automatic Labeling Machine

Coding system

• Inkjet printer or laser coding system (date / batch number)

Secondary packaging

• Shrink film packaging machine (PE film)
• Automatic carton packing machine

👉 cartoning machine

2.5 Conveying System

Used to connect the entire production line:

• Air conveyor for empty bottles
• Chain conveyor system
• Finished product conveyor
• Buffer accumulation tables

2.6 Auxiliary Systems

• Air compressor system (high & low pressure)
• Cooling tower system
• CIP cleaning system (Clean-In-Place)
• PLC centralized control system
• Electrical control cabinet system

3. Factory Layout Requirements

3.1 Minimum Factory Area

For a 10,000 BPH line:

• Production workshop: 800–1,200 m²
• Blow molding area: 300–500 m²
• Raw material warehouse: ~300 m²
• Finished goods warehouse: 500–1,000 m²
• Auxiliary areas: 200–400 m²

👉 Total: 2,000 – 3,000 m²

3.2 Building Requirements

• Minimum ceiling height: 4.5 meters
• Recommended height: 6 meters (for conveyors + maintenance access)

3.3 Production Flow Layout

Raw water → Water treatment → Bottle blowing → Filling → Labeling → Packaging → Warehouse

4. Workforce Requirements

Typical staffing per shift:

• Operators: 6–10
• Quality control: 1–2
• Maintenance engineers: 2–3
• Warehouse/logistics: 2–4

👉 Total: 10–18 people per shift

5. Utility Consumption Analysis

5.1 Electricity

• Installed capacity: 80–120 kW
• Operating load: 60–90 kW

5.2 Water consumption

• RO recovery rate: 60–75%
• Raw water input: ~1.2–1.5× product output

5.3 Compressed air

• High consumption for bottle blowing system
• Pressure range: 30–40 bar

6. Investment Cost Breakdown

6.1 Main Equipment Investment

👉 Total Equipment Cost: $280,000 – $760,000

6.2 Auxiliary Investment

• Factory construction: $100,000 – $400,000
• Installation & commissioning: $20,000 – $80,000
• Air compressor system: $20,000 – $50,000
• Working capital reserve: $50,000+

6.3 Total Project Investment

👉 $450,000 – $1,200,000

(Approx. 3.2M – 8.5M RMB equivalent)

7. Unit Production Cost (500ml Bottle Water)

👉 Total unit cost:
$0.04 – $0.08 per bottle

8. Profitability Analysis

Selling Price Assumption

• Factory price: $0.10 – $0.15 per bottle
• Cost: $0.05 – $0.08

👉 Profit per bottle:
$0.03 – $0.07

Daily Profit (10,000 BPH)

• Output: 200,000 bottles/day
• Daily profit:

👉 $6,000 – $14,000/day

Annual Profit (300 operating days)

👉 $1.8M – $4.2M per year

9. ROI (Return on Investment)

• Typical payback period: 8 – 24 months

Depends heavily on:

• Sales channel strength
• Capacity utilization rate
• Market pricing power

10. Key Risks and Considerations

1. PET bottle supply stability
2. Raw water quality consistency
3. Market distribution channels (critical success factor)
4. Capacity utilization (<60% leads to losses)
5. Compressed air energy consumption (major operating cost)